Surgical and industrial face mask

Abstract

A facial mask includes a foam sealer that is attached at one or more sides of the mask. The foam sealer prevents air or breath from going upwards out of the mask, thereby preventing glasses from being fogged up during surgery. It also keeps air or materials from getting into the mask and prevents, to a degree, bodily fluids and unwanted odors from penetrating the mask than existing masks. The mask prevents unwanted distractions to the surgeon or other medical personnel. The mask also may prevent medical illnesses from the inhalation of air, the exposure to bodily fluids, or the transfer of gases. The foam sealer is comprised of open cell foam. The facial mask acts as a more complete barrier to odors and bodily fluids that may otherwise endanger both the user or other personnel.

Description

FIELD OF THE INVENTION[0001]The present invention relates a surgical and industrial face mask for use on the face of a person that prevents “fogging” of glasses or the creation of condensation on glasses during use. The mask also reduces abrasiveness of the materials during use and decreases the inhalation of odors.DESCRIPTION OF THE RELATED ART[0002]Masks are used to prevent the spread or receipt of germs or foul air in a variety of settings. For example, physicians and other medical personnel wear masks during surgery for a variety of reasons. These masks may be uncomfortable and abrasive. The surgical mask also causes the glasses of the physician to “fog up” where the breath of the wearer is diverted onto the surface of the glasses. Condensation may form which obstructs the view of the physician. The mask does not provide an adequate barrier or seal around its rim due to different facial structures and any facial hair. In other words, most surgical masks are “one size fits all” s...

AI Technical Summary

Problems solved by technology

These masks may be uncomfortable and abrasive.

The surgical mask also causes the glasses of the physician to “fog up” where the breath of the wearer is diverted onto the surface of the glasses.

Condensation may form which obstructs the view of the physician.

The mask does not provide an adequate barrier or seal around its rim due to different facial structures and any facial hair.

These delays pose medical risks to the patient due to longer exposure to possible bacteria and increased costs due to longer usage of the operating room.

This situation may lead to accidents or mishaps.

They are uncomfortable for most people.

The masks are abrasive to delicate facial skin.

As noted above, an adequate barrier is not provided to seal around the rim of the mask to prevent breath from being diverted upwards or to properly protect the face from contaminants.

Existing masks also do not adequately prevent the fogging of glasses or the inhalation of odors.

Further, existing masks do not have any changeable properties.

The masks cannot have materials within them that fight infection or odors without being in contact with the user's skin.

One would have to rub medicine or other materials onto the mask, which may cause further slippage of the masks as well as possible deterioration of the material of the mask.

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